User contributions for Bnikolic
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28 July 2023
- 11:2411:24, 28 July 2023 diff hist −89 MediaWiki:Sidebar No edit summary current Tag: Manual revert
- 11:2311:23, 28 July 2023 diff hist +18 MediaWiki:Sidebar No edit summary Tag: Reverted
- 11:2311:23, 28 July 2023 diff hist +71 MediaWiki:Sidebar No edit summary Tag: Reverted
12 March 2023
- 20:2120:21, 12 March 2023 diff hist +183 Lectures →Additional references current
23 January 2023
- 12:5112:51, 23 January 2023 diff hist +11 Lectures →Landauer formula for ballistic quasi-1D nanowires with application to edge state transport in 2D topological insulators
14 December 2022
- 18:1718:17, 14 December 2022 diff hist +27 Template:News No edit summary current
- 18:1718:17, 14 December 2022 diff hist +11 Syllabus No edit summary current
- 18:1618:16, 14 December 2022 diff hist +18 Syllabus →Calendar
8 December 2022
- 12:2912:29, 8 December 2022 diff hist −2 Lectures →Additional references
- 12:2812:28, 8 December 2022 diff hist −9 Lectures →Application of NEGF and NEGF+DFT formalism to nanoscale thermoelectrics
- 12:2812:28, 8 December 2022 diff hist −1,083 Lectures →Additional references
- 12:2712:27, 8 December 2022 diff hist +1,083 Lectures →Additional references
- 12:2712:27, 8 December 2022 diff hist −1,083 Lectures →Additional references
- 12:2612:26, 8 December 2022 diff hist +84 Lectures →Additional references
- 12:2512:25, 8 December 2022 diff hist −57 Lectures →Application of NEGF and NEGF+DFT to spin-orbit torque, electron- or magnon-mediated spin-transfer torque and spin pumping
30 November 2022
- 13:5113:51, 30 November 2022 diff hist −8 Template:Lecture in Progress No edit summary current
- 13:4913:49, 30 November 2022 diff hist −108 Template:Quick Links No edit summary current
- 13:4913:49, 30 November 2022 diff hist +46 Template:News No edit summary
- 13:4413:44, 30 November 2022 diff hist +6 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport and localization in ZGNRs with vacancies current
- 13:4313:43, 30 November 2022 diff hist +96 Research Projects No edit summary current
28 November 2022
- 11:2211:22, 28 November 2022 diff hist +13 Research Projects →Format of the report for the midterm project
10 November 2022
- 12:2012:20, 10 November 2022 diff hist +53 Template:Lecture in Progress No edit summary
1 November 2022
- 15:1715:17, 1 November 2022 diff hist −78 Template:Lecture in Progress No edit summary
- 15:1615:16, 1 November 2022 diff hist +21 Template:News No edit summary
- 15:1615:16, 1 November 2022 diff hist +2 Template:News No edit summary
- 15:1515:15, 1 November 2022 diff hist +70 Template:News No edit summary
- 15:1415:14, 1 November 2022 diff hist −173 Electronic structure of graphene and topological insulator nanowires No edit summary current
- 15:1315:13, 1 November 2022 diff hist −20 Electronic structure of graphene and topological insulator nanowires →Subband structure of GNRs with spin-orbit coupling as topological insulator below 0.5 K
- 15:1315:13, 1 November 2022 diff hist +20 Electronic structure of graphene and topological insulator nanowires →Subband structure of GNRs with spin-orbit coupling as topological insulator below 0.5 K
- 15:1115:11, 1 November 2022 diff hist +57 Research Projects No edit summary
27 October 2022
- 10:1810:18, 27 October 2022 diff hist +42 Main Page No edit summary current
26 October 2022
- 13:2013:20, 26 October 2022 diff hist −7 Lectures →Landauer formula for ballistic quasi-1D nanowires with application to edge state transport in 2D topological insulators
- 13:1913:19, 26 October 2022 diff hist +45 Template:Lecture in Progress No edit summary
- 13:1913:19, 26 October 2022 diff hist −10 Main Page No edit summary
20 October 2022
- 13:3613:36, 20 October 2022 diff hist 0 File:PHYS824 lecture8 landauer buttiker formula.pdf Bnikolic uploaded a new version of File:PHYS824 lecture8 landauer buttiker formula.pdf current
19 October 2022
- 11:5711:57, 19 October 2022 diff hist 0 Template:News No edit summary
- 11:5511:55, 19 October 2022 diff hist +17 Homework No edit summary current
6 October 2022
- 16:3716:37, 6 October 2022 diff hist +18 Template:Lecture in Progress No edit summary
5 October 2022
- 13:0813:08, 5 October 2022 diff hist 0 Homework No edit summary
4 October 2022
- 09:2309:23, 4 October 2022 diff hist +3 Template:Lecture in Progress No edit summary
28 September 2022
- 13:3013:30, 28 September 2022 diff hist +4 Template:News No edit summary
- 13:3013:30, 28 September 2022 diff hist −8 Template:News No edit summary
- 11:5711:57, 28 September 2022 diff hist +20 Homework No edit summary
- 11:5711:57, 28 September 2022 diff hist −20 Homework No edit summary
- 11:4511:45, 28 September 2022 diff hist +20 Homework No edit summary
- 11:4411:44, 28 September 2022 diff hist +38 Homework No edit summary
- 11:2611:26, 28 September 2022 diff hist +8 Template:Lecture in Progress No edit summary
13 September 2022
- 10:1110:11, 13 September 2022 diff hist 0 File:What is nanophysics.pdf Bnikolic uploaded a new version of File:What is nanophysics.pdf current
8 September 2022
- 09:2809:28, 8 September 2022 diff hist 0 Syllabus No edit summary
7 September 2022
- 13:1413:14, 7 September 2022 diff hist −4 Computer Lab →JUPYTER notebooks for hands-on practice current
- 13:1213:12, 7 September 2022 diff hist 0 N File:Getting started python.ipynb No edit summary current
3 September 2022
- 18:3118:31, 3 September 2022 diff hist +26 Computer Lab →Installing Python and course related packages
- 18:3018:30, 3 September 2022 diff hist −14 Computer Lab →Installing Python and course related packages
- 18:2918:29, 3 September 2022 diff hist +41 Computer Lab →Installing Python and course related packages
- 13:0713:07, 3 September 2022 diff hist +69 Computer Lab →Getting started with GPAW
- 12:2212:22, 3 September 2022 diff hist +55 Computer Lab →Installing Python and course related packages
- 12:1912:19, 3 September 2022 diff hist 0 Computer Lab →Installing Python and course related packages
- 11:5811:58, 3 September 2022 diff hist −19 Computer Lab →Python references
- 11:5611:56, 3 September 2022 diff hist +108 Lectures →What is nanophysics: Survey of course topics
1 September 2022
- 17:1517:15, 1 September 2022 diff hist −2 Lectures →Additional references
- 17:1417:14, 1 September 2022 diff hist −1 Syllabus No edit summary
- 17:1417:14, 1 September 2022 diff hist −1 Syllabus No edit summary
- 17:1317:13, 1 September 2022 diff hist +2 Syllabus →Reviews
- 14:1514:15, 1 September 2022 diff hist −153 Research Projects No edit summary
- 14:1314:13, 1 September 2022 diff hist −63 Template:Lecture in Progress No edit summary
31 August 2022
- 10:1410:14, 31 August 2022 diff hist −76 Homework No edit summary
- 10:1310:13, 31 August 2022 diff hist +27 Syllabus No edit summary
- 10:1110:11, 31 August 2022 diff hist −106 Syllabus No edit summary
- 09:5609:56, 31 August 2022 diff hist −3 Template:News No edit summary
- 09:5509:55, 31 August 2022 diff hist −158 Template:News No edit summary
3 January 2021
- 16:1516:15, 3 January 2021 diff hist +603 Lectures →Additional references
- 16:1316:13, 3 January 2021 diff hist −2 Lectures →Additional references
- 16:1316:13, 3 January 2021 diff hist +706 Lectures →Application of NEGF and NEGF+DFT to spin-orbit torque, electron- or magnon-mediated spin-transfer torque and spin pumping
- 16:0916:09, 3 January 2021 diff hist +15 Lectures →Application of NEGF and NEGF+DFT to spin-orbit torque and electron or magnon mediated spin-transfer torque
30 December 2020
- 11:4911:49, 30 December 2020 diff hist −22 Template:Quick Links No edit summary
22 December 2020
- 20:5020:50, 22 December 2020 diff hist +4 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport and localization in ZGNRs with vacancies
- 12:3012:30, 22 December 2020 diff hist +59 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport and localization in ZGNRs with vacancies
- 12:2812:28, 22 December 2020 diff hist +16 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport and localization in ZGNRs with vacancies
- 12:2812:28, 22 December 2020 diff hist +13 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport and localization in ZGNRs with vacancies
- 12:2812:28, 22 December 2020 diff hist +1 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport and localization in ZGNRs with vacancies
- 12:2712:27, 22 December 2020 diff hist −569 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport and localization in ZGNRs with vacancies
- 12:2312:23, 22 December 2020 diff hist +1 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport and localization in ZGNRs with vacancies
- 12:2312:23, 22 December 2020 diff hist +768 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport and localization in ZGNRs with vacancies
18 December 2020
- 10:3910:39, 18 December 2020 diff hist 0 File:PHYS824 lecture10 negf.pdf Bnikolic uploaded a new version of File:PHYS824 lecture10 negf.pdf current
16 December 2020
- 10:0610:06, 16 December 2020 diff hist +17 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport in ZGNRs with vacancies
- 10:0510:05, 16 December 2020 diff hist +13 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport in ZGNRs with vacancies
- 10:0310:03, 16 December 2020 diff hist 0 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons No edit summary
- 09:2709:27, 16 December 2020 diff hist 0 Computer Lab →JUPYTER notebooks for hands-on practice
10 December 2020
- 18:3718:37, 10 December 2020 diff hist 0 File:Negf stt sot.pdf Bnikolic uploaded a new version of File:Negf stt sot.pdf current
- 13:4213:42, 10 December 2020 diff hist 0 File:Negf stt sot.pdf Bnikolic uploaded a new version of File:Negf stt sot.pdf
9 December 2020
- 14:2314:23, 9 December 2020 diff hist 0 File:Nanostructures out of equilibrium with python.ipynb.txt Bnikolic uploaded a new version of File:Nanostructures out of equilibrium with python.ipynb.txt
- 12:2212:22, 9 December 2020 diff hist 0 File:Negf mtj.pdf Bnikolic uploaded a new version of File:Negf mtj.pdf current
8 December 2020
- 18:1118:11, 8 December 2020 diff hist 0 N File:Negf stt sot.pdf No edit summary
- 18:1118:11, 8 December 2020 diff hist +1 Lectures →Application of NEGF and NEGF+DFT to spin-orbit torque and electron or magnon mediated spin-transfer torque
7 December 2020
- 13:3113:31, 7 December 2020 diff hist 0 N File:Negf mtj.pdf No edit summary
- 13:3013:30, 7 December 2020 diff hist −24 Lectures →Application of NEGF and NEGF+DFT to magnetic tunnel junctions
- 13:3013:30, 7 December 2020 diff hist −1 Lectures →Application of NEGF and NEGF+DFT to magnetic tunnel junctions
- 13:2913:29, 7 December 2020 diff hist +329 Lectures →Application of NEGF and NEGF+DFT to magnetic tunnel junctions
- 13:2213:22, 7 December 2020 diff hist +5 Lectures →Application of NEGF and NEGF+DFT to magnetic tunnel junctions
5 December 2020
- 16:2316:23, 5 December 2020 diff hist +3 Lectures →Application of NEGF and NEGF+DFT spin-orbit torque and electron or magnon mediated spin-transfer torque
- 16:2216:22, 5 December 2020 diff hist +3 Template:Lecture in Progress No edit summary
- 16:2116:21, 5 December 2020 diff hist +32 Template:Lecture in Progress No edit summary
- 16:2116:21, 5 December 2020 diff hist +21 Lectures →Application of NEGF and NEGF+DFT formalism to spin-transfer and spin-orbit torques
- 16:2016:20, 5 December 2020 diff hist −10 Lectures →Application of NEGF and NEGF+DFT formalism to magnetic tunnel junctions
4 December 2020
- 16:1216:12, 4 December 2020 diff hist −2 Lectures →Additional references
- 16:1116:11, 4 December 2020 diff hist −307 Lectures →Application of NEGF and NEGF+DFT formalism to magnetic tunnel junctions
- 15:0015:00, 4 December 2020 diff hist +13 Lectures →Application of NEGF formalism to nanoscale thermoelectrics
- 14:5914:59, 4 December 2020 diff hist +13 Lectures →Application of NEGF formalism to spin-transfer and spin-orbit torques
2 December 2020
- 20:1820:18, 2 December 2020 diff hist 0 File:Negf formulas in pictures.pdf Bnikolic uploaded a new version of File:Negf formulas in pictures.pdf current
- 14:0414:04, 2 December 2020 diff hist +3 Template:Lecture in Progress No edit summary
- 14:0214:02, 2 December 2020 diff hist +51 Template:News No edit summary
- 14:0114:01, 2 December 2020 diff hist +78 Research Projects No edit summary
- 14:0014:00, 2 December 2020 diff hist +9 Lectures →Quantum transport via Nonequilibrium Green function (NEGF) formalism
- 13:5913:59, 2 December 2020 diff hist 0 File:Negf formulas in pictures.pdf Bnikolic uploaded a new version of File:Negf formulas in pictures.pdf
1 December 2020
- 17:5517:55, 1 December 2020 diff hist +22 Template:Quick Links No edit summary
- 15:2515:25, 1 December 2020 diff hist 0 N File:PHYS824 lecture10 negf.pdf No edit summary
30 November 2020
- 10:4510:45, 30 November 2020 diff hist +122 Template:Quick Links No edit summary
24 November 2020
- 12:4412:44, 24 November 2020 diff hist +5 Homework Set 2 →Problem 1: Tight-binding Hamiltonian of triatomic molecule current
19 November 2020
- 16:3216:32, 19 November 2020 diff hist +99 Lectures →Quantum transport via Nonequilibrium Green function (NEGF) formalism
- 16:2916:29, 19 November 2020 diff hist +6 Lectures →Additional references
- 16:2816:28, 19 November 2020 diff hist +326 Lectures →Application of NEGF and NEGF+DFT formalism to magnetic tunnel junctions
- 16:1016:10, 19 November 2020 diff hist +835 Lectures →Application of NEGF formalism to magnetic tunnel junctions
- 16:1016:10, 19 November 2020 diff hist −948 Lectures →NEGF+DFT formalism for first-principles quantum transport
18 November 2020
- 14:1814:18, 18 November 2020 diff hist −68 Template:News No edit summary
17 November 2020
- 16:0716:07, 17 November 2020 diff hist +86 Template:News No edit summary
- 16:0616:06, 17 November 2020 diff hist −25 Template:Lecture in Progress No edit summary
- 15:2815:28, 17 November 2020 diff hist +42 Lectures →Quantum transport via Nonequilibrium Green function (NEGF) formalism
- 15:2715:27, 17 November 2020 diff hist 0 File:PHYS824 lecture9 quantum interference effects in transport.pdf Bnikolic uploaded a new version of File:PHYS824 lecture9 quantum interference effects in transport.pdf current
13 November 2020
- 09:1909:19, 13 November 2020 diff hist +536 Lectures →Quantum transport in the nonlinear regime: Nonequilibrium Green function (NEGF) formalism
- 09:1709:17, 13 November 2020 diff hist −651 Lectures →NEGF for electronic transport in the presence of dephasing
12 November 2020
- 15:5915:59, 12 November 2020 diff hist +21 Lectures →Application of Landauer-Büttiker formula to quantum interference effects in electronic transport
- 15:5815:58, 12 November 2020 diff hist 0 N File:PHYS824 lecture9 quantum interference effects in transport.pdf No edit summary
11 November 2020
- 18:3718:37, 11 November 2020 diff hist −9 Computer Lab →JUPYTER notebooks for hands-on practice sessions
- 18:3718:37, 11 November 2020 diff hist −290 Computer Lab →KWANT references
5 November 2020
- 16:1716:17, 5 November 2020 diff hist 0 File:PHYS824 lecture8 landauer buttiker formula.pdf Bnikolic uploaded a new version of File:PHYS824 lecture8 landauer buttiker formula.pdf
4 November 2020
- 13:4313:43, 4 November 2020 diff hist 0 Computer Lab →JUPYTER notebooks for hands-on practice sessions
30 October 2020
- 16:3216:32, 30 October 2020 diff hist +427 Lectures →Landauer-Büttiker formula for two-terminal and multi-terminal quantum-coherent nanostructures
- 16:2916:29, 30 October 2020 diff hist −467 Lectures →Landauer-Büttiker formula for two-terminal and multi-terminal quantum-coherent nanostructures
29 October 2020
- 19:1119:11, 29 October 2020 diff hist 0 N File:PHYS824 lecture8 landauer buttiker formula.pdf No edit summary
- 19:1019:10, 29 October 2020 diff hist −2 Lectures →Landauer-Büttiker formula for two-terminal and multi-terminal quantum-coherent nanostructures
- 19:1019:10, 29 October 2020 diff hist +64 Lectures →Landauer-Büttiker formula for two-terminal and multi-terminal quantum-coherent nanostructures
- 19:0519:05, 29 October 2020 diff hist +94 Electronic structure of graphene and topological insulator nanowires →Subband structure of GNRs with spin-orbit coupling as topological insulator below 0.5 K
- 19:0319:03, 29 October 2020 diff hist +82 Template:News No edit summary
- 19:0119:01, 29 October 2020 diff hist +54 Template:Lecture in Progress No edit summary
- 19:0119:01, 29 October 2020 diff hist +2 Lectures →Landauer-Büttiker formula for two-terminal and multi-terminal phase-coherent nanostructures
- 18:5918:59, 29 October 2020 diff hist +40 Research Projects No edit summary
22 October 2020
- 16:4416:44, 22 October 2020 diff hist +5 Lectures →Graphene nanoribbons and carbon nanotubes
- 14:3914:39, 22 October 2020 diff hist 0 File:Gnr and cnt.pdf Bnikolic uploaded a new version of File:Gnr and cnt.pdf current
- 14:2114:21, 22 October 2020 diff hist +162 Lectures →Graphene nanoribbons and carbon nanotubes
- 14:1714:17, 22 October 2020 diff hist +509 Lectures →Graphene nanoribbons and carbon nanotubes
- 11:4811:48, 22 October 2020 diff hist +347 Lectures →Landauer formula for ballistic quasi-1D nanowires with application to edge state transport in 2D topological insulators
21 October 2020
- 12:4112:41, 21 October 2020 diff hist +11 Lectures →Landauer formula for ballistic quasi-1D nanowires with application to edge state transport in 2D topological insulators
- 12:4012:40, 21 October 2020 diff hist +30 Lectures →Landauer formula for ballistic quasi-1D nanowires with application to edge state transport in 2D topological insulators
- 10:5410:54, 21 October 2020 diff hist +2 Lectures →Landauer-Büttiker formula for two-terminal and multi-terminal phase-coherent nanostructures
- 10:5410:54, 21 October 2020 diff hist −78 Template:Lecture in Progress No edit summary
20 October 2020
- 15:5815:58, 20 October 2020 diff hist −4 Lectures →Additional references
- 15:5715:57, 20 October 2020 diff hist −1 Lectures →Landauer formula for ballistic quasi-1D nanowires with application to edge state transport in 2D topological insulators
- 15:5715:57, 20 October 2020 diff hist +345 Lectures →Additional references
- 14:5114:51, 20 October 2020 diff hist 0 File:Gnr and cnt.pdf Bnikolic uploaded a new version of File:Gnr and cnt.pdf
- 14:4714:47, 20 October 2020 diff hist 0 File:PHYS824 lecture6 landauer formula ballistic transport.pdf Bnikolic uploaded a new version of File:PHYS824 lecture6 landauer formula ballistic transport.pdf current
- 14:3814:38, 20 October 2020 diff hist 0 File:PHYS824 lecture6 landauer formula ballistic transport.pdf Bnikolic uploaded a new version of File:PHYS824 lecture6 landauer formula ballistic transport.pdf
19 October 2020
- 18:2218:22, 19 October 2020 diff hist −13 Lectures No edit summary
- 18:0618:06, 19 October 2020 diff hist +2 Lectures →Application of NEGF formalism to spin-transfer and spin-orbit torques
- 18:0618:06, 19 October 2020 diff hist +182 Lectures →Landauer-Büttiker formula for two-terminal and multi-terminal phase-coherent nanostructures
- 18:0518:05, 19 October 2020 diff hist −182 Lectures →Application of NEGF formalism to magnetic tunnel junctions
- 18:0518:05, 19 October 2020 diff hist −9 Lectures →Application of NEGF formalism to spin-transfer and spin-orbit torques
- 16:2616:26, 19 October 2020 diff hist +3 Template:Lecture in Progress No edit summary
- 16:2616:26, 19 October 2020 diff hist +3 Lectures No edit summary
- 14:5414:54, 19 October 2020 diff hist +42 Template:Lecture in Progress No edit summary
15 October 2020
- 14:5914:59, 15 October 2020 diff hist 0 N File:PHYS824 lecture6 landauer formula ballistic transport.pdf No edit summary
- 14:5714:57, 15 October 2020 diff hist +50 Lectures →Landauer formula for ballistic quasi-1D nanowires with application to edge state transport in topological insulators
14 October 2020
- 14:2814:28, 14 October 2020 diff hist −4 Computer Lab →JUPYTER notebooks for hands-on practice sessions
- 14:2714:27, 14 October 2020 diff hist 0 N File:Equilibrium nanophysics python.ipynb No edit summary current
- 13:5213:52, 14 October 2020 diff hist +6 How to put magnetic field into tight-binding Hamiltonian →Magnetic field in quantum mechanics current
- 13:1613:16, 14 October 2020 diff hist 0 File:Getting started pythtb.ipynb.txt Bnikolic uploaded a new version of File:Getting started pythtb.ipynb.txt current
- 13:1613:16, 14 October 2020 diff hist 0 File:Equilibrium nanophysics python.ipynb.txt Bnikolic uploaded a new version of File:Equilibrium nanophysics python.ipynb.txt current
13 October 2020
- 19:4319:43, 13 October 2020 diff hist +3 Lectures →Band structure of graphene via tight-binding Hamiltonian
- 19:4119:41, 13 October 2020 diff hist +100 Lectures →Landauer formula for ballistic quasi-1D nanowires with application to edge state transport in topological insulators
- 15:2315:23, 13 October 2020 diff hist 0 File:Intro dft.pdf Bnikolic uploaded a new version of File:Intro dft.pdf current
- 15:1015:10, 13 October 2020 diff hist 0 File:Intro dft.pdf Bnikolic uploaded a new version of File:Intro dft.pdf
- 14:5514:55, 13 October 2020 diff hist 0 File:Intro dft.pdf Bnikolic uploaded a new version of File:Intro dft.pdf
- 14:0214:02, 13 October 2020 diff hist 0 File:Crash course topologycm.pdf Bnikolic uploaded a new version of File:Crash course topologycm.pdf current
- 14:0114:01, 13 October 2020 diff hist +511 Lectures →Band structure of graphene via tight-binding Hamiltonian
- 13:5913:59, 13 October 2020 diff hist −491 Lectures →Additional references
- 13:5913:59, 13 October 2020 diff hist +3,047 Lectures →Density functional theory for first-principles band structure calculations
- 13:5913:59, 13 October 2020 diff hist −3,019 Lectures →Band structure of graphene
10 October 2020
- 14:2214:22, 10 October 2020 diff hist 0 N File:Crash course topologycm.pdf No edit summary
- 14:2114:21, 10 October 2020 diff hist +11 Lectures →Landauer formula for ballistic quasi-1D nanowires with application to edge state transport in topological insulators
- 13:5113:51, 10 October 2020 diff hist +9 Lectures No edit summary
- 12:1212:12, 10 October 2020 diff hist −1 Homework Set 2 →Problem 6: Full surface of energy-momentum dispersion in graphene and its Dirac cone approximation at selected points in the Brillouine zone
- 12:1212:12, 10 October 2020 diff hist +91 Homework Set 2 →Problem 6: Energy-momentum dispersion in graphene
- 12:1012:10, 10 October 2020 diff hist 0 Homework Set 2 →Problem 7: Density of state of graphene flake
- 12:1012:10, 10 October 2020 diff hist −1 Homework Set 2 →Problem 6: Energy-momentum dispersion in graphene
- 12:0912:09, 10 October 2020 diff hist +4 Homework Set 2 →Problem 6: Energy-momentum dispersion in graphene
- 12:0912:09, 10 October 2020 diff hist +2 Homework Set 2 →Problem 1: Tight-binding Hamiltonian of triatomic molecule
- 09:3009:30, 10 October 2020 diff hist −14 Homework Set 2 →Problem 1: Tight-binding Hamiltonian of triatomic molecule
- 09:3009:30, 10 October 2020 diff hist 0 Homework Set 2 →Problem 1: Tight-binding Hamiltonian of triatomic molecule
- 09:2909:29, 10 October 2020 diff hist 0 Homework Set 2 →Problem 1: Tight-binding Hamiltonian of triatomic molecule
- 09:2909:29, 10 October 2020 diff hist 0 Homework Set 2 →Problem 1: Tight-binding Hamiltonian of triatomic molecule
- 09:2909:29, 10 October 2020 diff hist 0 N File:Triatomicmol.png No edit summary current
- 09:2809:28, 10 October 2020 diff hist +155 Homework Set 2 →Problem 1: Tight-binding Hamiltonian of triatomic molecule
- 09:2409:24, 10 October 2020 diff hist +29 Homework Set 2 →Problem 3: Density of states in one-dimensional nanowire with a single impurity
- 09:2309:23, 10 October 2020 diff hist +13 Homework Set 2 →Problem 1: Tight-binding Hamiltonian of triatomic molecule
- 09:2309:23, 10 October 2020 diff hist +33 Homework Set 2 →Problem 1: Tight-binding Hamiltonian of triatomic molecule
- 09:2209:22, 10 October 2020 diff hist +930 Homework Set 2 →Problem 1: Tight-binding Hamiltonian of triatomic molecule
- 09:1309:13, 10 October 2020 diff hist −2 Template:News No edit summary
- 09:1209:12, 10 October 2020 diff hist −1,132 Homework Set 2 No edit summary
- 09:0509:05, 10 October 2020 diff hist +3,829 Homework Set 2 No edit summary
- 09:0409:04, 10 October 2020 diff hist −20 Homework No edit summary
- 09:0109:01, 10 October 2020 diff hist +58 Homework No edit summary
8 October 2020
- 15:3415:34, 8 October 2020 diff hist −1 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Massless Dirac fermions as low-energy quasiparticles and their Berry phase current
- 13:5213:52, 8 October 2020 diff hist 0 Homework Set 1 →Problem 3 current
- 13:5213:52, 8 October 2020 diff hist +8 Homework Set 1 →Problem 3
- 13:5213:52, 8 October 2020 diff hist +73 Homework Set 1 →Problem 3
- 13:5013:50, 8 October 2020 diff hist +300 Template:Course Motto No edit summary current
- 13:4113:41, 8 October 2020 diff hist +48 Template:Lecture in Progress No edit summary
- 13:1013:10, 8 October 2020 diff hist 0 File:Intro dft.pdf Bnikolic uploaded a new version of File:Intro dft.pdf
7 October 2020
- 13:3013:30, 7 October 2020 diff hist 0 File:Equilibrium nanophysics python.ipynb.txt Bnikolic uploaded a new version of File:Equilibrium nanophysics python.ipynb.txt
- 11:1811:18, 7 October 2020 diff hist 0 N File:TALK KIM=hofstadter butterfly in graphene.pdf No edit summary current
- 11:1811:18, 7 October 2020 diff hist 0 Lectures →Band structure of graphene
- 11:1811:18, 7 October 2020 diff hist −1 Lectures →Band structure of graphene
- 11:1811:18, 7 October 2020 diff hist +109 Lectures →Band structure of graphene
6 October 2020
- 15:3315:33, 6 October 2020 diff hist +234 Lectures →Band structure of graphene
- 15:2415:24, 6 October 2020 diff hist 0 N File:REVIEW KUNES=wannier functions and construction of model hamiltonians.pdf No edit summary current
- 12:5312:53, 6 October 2020 diff hist +8 Lectures →Additional references
- 12:5212:52, 6 October 2020 diff hist +87 Lectures →Additional references
- 12:4812:48, 6 October 2020 diff hist 0 N File:Wannier1D.pdf No edit summary current
- 12:4612:46, 6 October 2020 diff hist +2 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonian
- 12:4612:46, 6 October 2020 diff hist +58 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonian
- 12:4512:45, 6 October 2020 diff hist +1 Lectures →Band structure of graphene
- 12:4412:44, 6 October 2020 diff hist +8 Lectures →Band structure of graphene
3 October 2020
- 13:5513:55, 3 October 2020 diff hist −7 Lectures →Additional references
- 13:5413:54, 3 October 2020 diff hist +13 Lectures →Band structure of graphene
- 13:5213:52, 3 October 2020 diff hist +8 Lectures →Additional references
- 13:5213:52, 3 October 2020 diff hist −1 Lectures →Additional references
- 13:5113:51, 3 October 2020 diff hist +6 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Graphene as the first truly two-dimensional crystal
- 13:5013:50, 3 October 2020 diff hist +24 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Graphene as the first truly two-dimensional crystal
- 13:4113:41, 3 October 2020 diff hist +1 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Graphene as the first truly two-dimensional crystal
- 13:3813:38, 3 October 2020 diff hist +10 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Massless Dirac fermions as low-energy quasiparticles and their Berry phase
- 13:3713:37, 3 October 2020 diff hist +12 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Diagonalization of the tight-binding model of graphene: LCAO method
- 13:3613:36, 3 October 2020 diff hist +147 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Massless Dirac fermions as low-energy quasiparticles and their Berry phase
- 13:3513:35, 3 October 2020 diff hist +16 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Massless Dirac fermions as low-energy quasiparticles and their Berry phase
- 13:3313:33, 3 October 2020 diff hist −1 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Massless Dirac fermions as low-energy quasiparticles and their Berry phase
- 13:3013:30, 3 October 2020 diff hist +27 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Pseudospin, isospin and chirality
- 13:2913:29, 3 October 2020 diff hist +33 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Low-energy quasiparticles and Berry phase
- 13:2813:28, 3 October 2020 diff hist −10 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Diagonalization of the tight-binding model of graphene: LCAO method
- 13:2713:27, 3 October 2020 diff hist +87 Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that →Diagonalization of the tight-binding model of graphene: LCAO method
2 October 2020
- 11:3711:37, 2 October 2020 diff hist −12 Lectures →Additional references
- 11:3711:37, 2 October 2020 diff hist −5 Lectures →Additional references
- 11:3611:36, 2 October 2020 diff hist −72 Lectures →Band structure of graphene
- 11:3311:33, 2 October 2020 diff hist +453 Lectures →Additional references
- 11:2911:29, 2 October 2020 diff hist +10 Lectures →Band structure of graphene
- 11:2811:28, 2 October 2020 diff hist +1 Lectures →Additional references
- 11:2711:27, 2 October 2020 diff hist +452 Lectures →Band structure of graphene
1 October 2020
- 20:3220:32, 1 October 2020 diff hist +187 Lectures →Additional references
- 20:2720:27, 1 October 2020 diff hist +4 Lectures →Band structure of graphene
- 15:3115:31, 1 October 2020 diff hist 0 File:PHYS824 lecture3 atom to 1D nanowires.pdf Bnikolic uploaded a new version of File:PHYS824 lecture3 atom to 1D nanowires.pdf current
- 15:0915:09, 1 October 2020 diff hist 0 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonian
- 15:0915:09, 1 October 2020 diff hist +199 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonian
- 12:2412:24, 1 October 2020 diff hist +4,553 N How to put magnetic field into tight-binding Hamiltonian Created page with "== Magnetic field in classical physics == ===Using Newton second law=== * Lorentz force on charge particle: <math> \mathbf{F} = q \mathbf{v} \times \mathbf{B} </math>. * For..."
- 12:2312:23, 1 October 2020 diff hist +2 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonian
- 12:2312:23, 1 October 2020 diff hist +2 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonian
- 12:2012:20, 1 October 2020 diff hist −4 Lectures →Additional references
- 12:2012:20, 1 October 2020 diff hist +13 Lectures →Band structure of graphene
30 September 2020
- 14:5214:52, 30 September 2020 diff hist +93 Homework Set 2 →Problem 5
- 14:5014:50, 30 September 2020 diff hist +47 Homework Set 2 →Problem 2
- 14:5014:50, 30 September 2020 diff hist −129 Homework Set 2 →Problem 2
- 14:4814:48, 30 September 2020 diff hist +1,278 Homework Set 2 →Problem 5
- 14:4414:44, 30 September 2020 diff hist +25 Homework Set 1 →Problem 1
- 14:4314:43, 30 September 2020 diff hist +1 Homework Set 1 →Problem 1
- 14:4314:43, 30 September 2020 diff hist −3 Homework Set 1 →Problem 1
- 14:4214:42, 30 September 2020 diff hist −8 Homework Set 1 →Problem 1
- 14:4214:42, 30 September 2020 diff hist +173 Homework Set 1 →Problem 1
- 13:1913:19, 30 September 2020 diff hist +31 Computer Lab →JUPYTER notebooks for hands-on practice sessions
- 13:1913:19, 30 September 2020 diff hist 0 N File:Equilibrium nanophysics python.ipynb.txt No edit summary
- 13:1813:18, 30 September 2020 diff hist 0 File:Getting started matplotlib.ipynb.txt Bnikolic uploaded a new version of File:Getting started matplotlib.ipynb.txt current
29 September 2020
- 19:5919:59, 29 September 2020 diff hist +1 Lectures →Density functional theory for first-principles band structure calculations
- 19:5819:58, 29 September 2020 diff hist +7 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonian
- 19:5719:57, 29 September 2020 diff hist +7 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonian
- 19:5719:57, 29 September 2020 diff hist +28 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonian
- 19:5119:51, 29 September 2020 diff hist −28 Template:Lecture in Progress No edit summary
- 19:5019:50, 29 September 2020 diff hist +255 How to construct matrix representation of tight-binding Hamiltonian of graphene for numerical calculations No edit summary current
- 19:5019:50, 29 September 2020 diff hist +106 N How to construct matrix representation of tight-binding Hamiltonian of graphene for numerical calculations Created page with "How to construct matrix representation of tight-binding Hamiltonian of graphene for numerical calculations"
- 19:4919:49, 29 September 2020 diff hist +25 Lectures →Band structure of graphene
- 19:4819:48, 29 September 2020 diff hist 0 Lectures →Band structure of graphene
- 15:3715:37, 29 September 2020 diff hist +57 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonian
- 15:3615:36, 29 September 2020 diff hist 0 N File:PHYS824 lecture3 atom to 1D nanowires.pdf No edit summary
- 13:4613:46, 29 September 2020 diff hist +259 Lectures →Band structure of graphene
- 13:4313:43, 29 September 2020 diff hist −1 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonians
- 13:4313:43, 29 September 2020 diff hist +291 Lectures →Additional references
- 12:3412:34, 29 September 2020 diff hist −1 Lectures No edit summary
- 12:3112:31, 29 September 2020 diff hist +131 Lectures →Band structure of graphene
- 12:2612:26, 29 September 2020 diff hist +9 Lectures →Additional references
- 12:2612:26, 29 September 2020 diff hist +256 Lectures →Band structure of graphene
- 12:2212:22, 29 September 2020 diff hist −21 Lectures →Band structure of graphene
- 12:2112:21, 29 September 2020 diff hist +523 Lectures →Band structure of graphene
- 12:1512:15, 29 September 2020 diff hist +7 Lectures →Additional references
- 12:1412:14, 29 September 2020 diff hist +79 Lectures →Band structure of graphene
- 12:0612:06, 29 September 2020 diff hist −1 Lectures →From atoms to 1D nanowires: Tight-binding Hamiltonians
- 12:0612:06, 29 September 2020 diff hist +271 Lectures No edit summary
- 12:0312:03, 29 September 2020 diff hist +1 Template:Lecture in Progress No edit summary
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- 12:0212:02, 29 September 2020 diff hist +27 Lectures →From atoms to 1D nanowires
23 September 2020
- 13:1613:16, 23 September 2020 diff hist 0 File:Getting started matplotlib.ipynb.txt Bnikolic uploaded a new version of File:Getting started matplotlib.ipynb.txt
- 09:2909:29, 23 September 2020 diff hist −2 Homework Set 1 →Problem 1
- 09:2809:28, 23 September 2020 diff hist −2 Homework Set 1 →Problem 2
- 09:2009:20, 23 September 2020 diff hist −170 Template:News No edit summary
- 09:1909:19, 23 September 2020 diff hist −1 Homework Set 1 →Problem 4
- 09:1809:18, 23 September 2020 diff hist +152 Homework Set 1 →Problem 4
- 09:1709:17, 23 September 2020 diff hist +43 Homework Set 1 →Problem 4
- 09:1509:15, 23 September 2020 diff hist +1 Homework Set 1 No edit summary
- 09:1409:14, 23 September 2020 diff hist −8 Lectures →Landauer formula for ballistic quasi-1D nanowires with application to edge states in topological insulators
- 09:1409:14, 23 September 2020 diff hist +10 Lectures No edit summary
- 09:1209:12, 23 September 2020 diff hist +26 Homework Set 1 →Problem 4
- 09:1009:10, 23 September 2020 diff hist +10 Homework Set 1 →Problem 1
- 09:0909:09, 23 September 2020 diff hist +17 Homework No edit summary
- 09:0709:07, 23 September 2020 diff hist −16 Homework No edit summary
- 09:0709:07, 23 September 2020 diff hist −1 Homework No edit summary
17 September 2020
- 11:1111:11, 17 September 2020 diff hist 0 File:PHYS824 lecture2 survey quantum statistical tools.pdf Bnikolic uploaded a new version of File:PHYS824 lecture2 survey quantum statistical tools.pdf current
16 September 2020
- 13:1813:18, 16 September 2020 diff hist 0 N File:Getting started matplotlib.ipynb.txt No edit summary
- 13:1713:17, 16 September 2020 diff hist +4 Computer Lab →JUPYTER notebooks for hands-on practice sessions
- 09:0509:05, 16 September 2020 diff hist +164 Template:Quick Links No edit summary
14 September 2020
- 19:5019:50, 14 September 2020 diff hist −1 Lectures →Survey of quantum statistical tools
- 19:5019:50, 14 September 2020 diff hist −50 Lectures →Survey of quantum statistical tools
- 19:4919:49, 14 September 2020 diff hist −24 Lectures →Survey of quantum statistical tools
- 15:3215:32, 14 September 2020 diff hist 0 File:PHYS824 lecture2 survey quantum statistical tools.pdf Bnikolic uploaded a new version of File:PHYS824 lecture2 survey quantum statistical tools.pdf
10 September 2020
- 15:2015:20, 10 September 2020 diff hist +46 Lectures →Survey of quantum statistical tools
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- 15:1915:19, 10 September 2020 diff hist −9 Template:Lecture in Progress No edit summary
9 September 2020
- 15:4515:45, 9 September 2020 diff hist 0 Syllabus →Grading
- 13:4113:41, 9 September 2020 diff hist 0 File:Getting started numpy scipy.ipynb.txt Bnikolic uploaded a new version of File:Getting started numpy scipy.ipynb.txt current
- 10:4610:46, 9 September 2020 diff hist +13 Lectures →Density functional theory for first-principles band structure calculations
- 10:4610:46, 9 September 2020 diff hist +49 Lectures →Density functional theory for first-principles band structure calculations
- 10:4610:46, 9 September 2020 diff hist −184 Lectures →Graphene nanoribbons and carbon nanotubes
- 10:4510:45, 9 September 2020 diff hist +184 Lectures →Additional references
8 September 2020
- 10:0210:02, 8 September 2020 diff hist +53 Template:Quick Links No edit summary
3 September 2020
- 17:2617:26, 3 September 2020 diff hist 0 Lectures →Survey of quantum statistical tools
- 17:2617:26, 3 September 2020 diff hist 0 Lectures →Survey of quantum statistical tools
- 17:1917:19, 3 September 2020 diff hist 0 Lectures →What is nanophysics: Survey of course topics
- 17:1917:19, 3 September 2020 diff hist +108 Lectures →What is nanophysics: Survey of course topics
- 17:1717:17, 3 September 2020 diff hist +43 Lectures →Additional references
- 17:1617:16, 3 September 2020 diff hist +208 Lectures →Additional references
- 12:5412:54, 3 September 2020 diff hist +44 Lectures →NEGF+DFT formalism for first-principles quantum transport calculations
- 12:5112:51, 3 September 2020 diff hist +212 Lectures →Landauer formula for ballistic 1D nanowires with application to edge states in topological phases
- 12:5012:50, 3 September 2020 diff hist −189 Lectures →Landauer-Büttiker formula for two-terminal and multi-terminal phase-coherent nanostructures
- 12:4912:49, 3 September 2020 diff hist +72 Lectures →Graphene nanoribbons and carbon nanotubes
- 09:3409:34, 3 September 2020 diff hist +23 Lectures →Survey of quantum statistical tools
- 09:1709:17, 3 September 2020 diff hist +4 Lectures →Band structure of graphene
- 09:1109:11, 3 September 2020 diff hist −69 Lectures →Additional references
- 09:0709:07, 3 September 2020 diff hist +470 Lectures →Additional references
- 08:5808:58, 3 September 2020 diff hist +470 Lectures →Band structure of graphene
2 September 2020
- 21:0421:04, 2 September 2020 diff hist −2 Lectures →Application of NEGF formalism to magnetic tunnel junctions
- 21:0421:04, 2 September 2020 diff hist +1 Lectures →Application of NEGF formalism to magnetic tunnel junctions
- 21:0421:04, 2 September 2020 diff hist +24 Lectures →Application of NEGF formalism to magnetic tunnel junctions
- 21:0321:03, 2 September 2020 diff hist +13 Lectures →Application of NEGF formalism to magnetic tunnel junctions
- 21:0321:03, 2 September 2020 diff hist +15 Lectures →Application of NEGF formalism to nanoscale thermoelectrics
- 21:0221:02, 2 September 2020 diff hist −3 Lectures →NEGF+DFT formalism for first-principles quantum transport calculations
- 21:0221:02, 2 September 2020 diff hist +162 Lectures →Application of NEGF formalism to spin-transfer and spin-orbit torques
- 21:0021:00, 2 September 2020 diff hist −1 Lectures →Quantum transport in the nonlinear regime: Nonequilibrium Green function (NEGF) formalism
- 20:5920:59, 2 September 2020 diff hist −146 Lectures →Coulomb blockade
- 20:5820:58, 2 September 2020 diff hist +16 Lectures →NEGF+DFT formalism for first-principles quantum transport calculations
- 20:5820:58, 2 September 2020 diff hist −2 Lectures →NEGF for electronic transport in the presence of dephasing
- 20:5820:58, 2 September 2020 diff hist −5 Lectures →NEGF for electronic transport in the presence of dephasing
- 20:5720:57, 2 September 2020 diff hist −93 Lectures →Quantum transport in the nonlinear regime: Nonequilibrium Green function (NEGF) formalism
- 20:5620:56, 2 September 2020 diff hist 0 Lectures →From atoms to 1D nanowires
- 20:5520:55, 2 September 2020 diff hist +39 Lectures →Additional references
- 20:5420:54, 2 September 2020 diff hist +44 Lectures →Density functional theory for first-principles band structure calculations
- 20:5320:53, 2 September 2020 diff hist −96 Lectures →Band structure of graphene
- 20:5220:52, 2 September 2020 diff hist +59 Lectures →Landauer formula for ballistic 1D nanowires with application to edge states in topological phases
- 20:4720:47, 2 September 2020 diff hist +4 Lectures →Additional references
- 20:4620:46, 2 September 2020 diff hist +4 Lectures →Additional references
- 20:4620:46, 2 September 2020 diff hist +25 Lectures →From atoms to 1D nanowires
- 20:4320:43, 2 September 2020 diff hist +75 Lectures →What is nanophysics: Survey of course topics
- 16:1316:13, 2 September 2020 diff hist −696 References →Transport in semiconductor nanostructures current
- 16:1316:13, 2 September 2020 diff hist 0 References →Advanced NEGF Computational Algorithms
- 16:1216:12, 2 September 2020 diff hist −1,072 References →Advanced NEGF Theory
- 16:1216:12, 2 September 2020 diff hist −2,545 References No edit summary
- 13:1513:15, 2 September 2020 diff hist +97 Computer Lab →Installing Python and course related packages
- 12:5112:51, 2 September 2020 diff hist +31 Computer Lab →JUPYTER notebooks
- 12:4912:49, 2 September 2020 diff hist −4 Computer Lab →JUPYTER notebooks
- 12:4812:48, 2 September 2020 diff hist 0 Computer Lab →JUPYTER notebooks
- 12:4812:48, 2 September 2020 diff hist +4 Computer Lab →JUPYTER notebooks
- 12:4712:47, 2 September 2020 diff hist 0 N File:Getting started numpy scipy.ipynb.txt No edit summary
1 September 2020
- 12:1412:14, 1 September 2020 diff hist 0 File:What is nanophysics.pdf Bnikolic uploaded a new version of File:What is nanophysics.pdf
- 09:5109:51, 1 September 2020 diff hist 0 Syllabus →Calendar
- 09:5009:50, 1 September 2020 diff hist −1 Syllabus →Computer Lab Assistant
- 09:5009:50, 1 September 2020 diff hist +2 Syllabus →Computer Lab Assistant
- 09:5009:50, 1 September 2020 diff hist +17 Syllabus →Computer Lab Assistant
- 09:5009:50, 1 September 2020 diff hist +67 Syllabus →Computer Lab Assistant
- 09:4909:49, 1 September 2020 diff hist 0 Template:News No edit summary
31 August 2020
- 23:5523:55, 31 August 2020 diff hist +32 Template:Course Topics No edit summary current
- 23:5323:53, 31 August 2020 diff hist −67 Template:Course Topics No edit summary
- 23:5123:51, 31 August 2020 diff hist −2 Syllabus →Calendar
- 23:5023:50, 31 August 2020 diff hist −1 Syllabus →Calendar
- 23:4923:49, 31 August 2020 diff hist +131 Template:News No edit summary
- 23:4523:45, 31 August 2020 diff hist +13 Computer Lab →Python and packages installation
- 23:4423:44, 31 August 2020 diff hist −26 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 23:4323:43, 31 August 2020 diff hist −12 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 23:4323:43, 31 August 2020 diff hist −36 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 23:4223:42, 31 August 2020 diff hist −4 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 23:3823:38, 31 August 2020 diff hist 0 N File:Getting started pythtb.ipynb.txt No edit summary
- 21:1521:15, 31 August 2020 diff hist +218 Lectures →From atoms to 1D nanowires
- 21:1521:15, 31 August 2020 diff hist −218 Lectures →From atoms to 1D nanowires
- 21:1421:14, 31 August 2020 diff hist +108 Lectures →From atoms to 1D nanowires
- 21:1321:13, 31 August 2020 diff hist −97 Computer Lab →KWANT references
- 21:1321:13, 31 August 2020 diff hist −7 Computer Lab →KWANT references
- 21:1121:11, 31 August 2020 diff hist 0 Computer Lab →Python and packages installation
- 21:1021:10, 31 August 2020 diff hist +112 Computer Lab →Python and packages installation
- 17:1717:17, 31 August 2020 diff hist −842 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 17:1417:14, 31 August 2020 diff hist +158 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 11:4911:49, 31 August 2020 diff hist +57 Computer Lab →Python and packages installation
- 11:4811:48, 31 August 2020 diff hist +1 Computer Lab →Python and package installation
- 11:4711:47, 31 August 2020 diff hist 0 Computer Lab →Python references
- 11:4611:46, 31 August 2020 diff hist +3 Main Page No edit summary
- 11:4511:45, 31 August 2020 diff hist +2 Main Page No edit summary
- 11:4411:44, 31 August 2020 diff hist +72 Main Page No edit summary
29 August 2020
- 11:3211:32, 29 August 2020 diff hist +12 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 11:3211:32, 29 August 2020 diff hist +21 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 11:3211:32, 29 August 2020 diff hist +10 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 07:5107:51, 29 August 2020 diff hist 0 Computer Lab →KWANT references
- 07:4507:45, 29 August 2020 diff hist −108 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 07:4407:44, 29 August 2020 diff hist +465 Computer Lab →JUPYTER notebooks for hands-on computer lab
- 07:4307:43, 29 August 2020 diff hist 0 Computer Lab →Python references
- 07:4207:42, 29 August 2020 diff hist −9 Computer Lab →JUPYTER notebooks for hands-on computer lab sessions
- 07:4107:41, 29 August 2020 diff hist +79 Computer Lab →Python references
- 07:3707:37, 29 August 2020 diff hist +102 Computer Lab →Python references
- 07:3507:35, 29 August 2020 diff hist +917 Computer Lab No edit summary
- 07:3407:34, 29 August 2020 diff hist −4,160 Computer Lab No edit summary
- 07:3307:33, 29 August 2020 diff hist −3,665 Computer Lab No edit summary
- 07:2407:24, 29 August 2020 diff hist −1 Template:Quick Links No edit summary
- 07:2307:23, 29 August 2020 diff hist +91 Template:Quick Links No edit summary
- 07:2207:22, 29 August 2020 diff hist +129 Computer Lab →Python and package installation
- 07:1807:18, 29 August 2020 diff hist +77 Computer Lab →Python and package installation
- 07:1707:17, 29 August 2020 diff hist +67 Computer Lab →Python and package installation
- 07:1607:16, 29 August 2020 diff hist +80 Computer Lab No edit summary
28 August 2020
- 20:4420:44, 28 August 2020 diff hist +85 Lectures No edit summary
- 20:4420:44, 28 August 2020 diff hist −115 Template:Quick Links No edit summary
- 20:4220:42, 28 August 2020 diff hist −46 Template:Lecture in Progress No edit summary
- 20:4120:41, 28 August 2020 diff hist −17 Lectures →Landauer formula for ballistic nanowires with applications to chiral and helical edge states in topological phases
- 20:4020:40, 28 August 2020 diff hist −1 Lectures No edit summary
- 20:3920:39, 28 August 2020 diff hist −1 Lectures →Density functional theory for first-principles band structure calculations
- 20:3920:39, 28 August 2020 diff hist −638 Lectures →Density functional theory for first-principles band structure calculations
- 20:3820:38, 28 August 2020 diff hist +15 Lectures No edit summary
- 20:3820:38, 28 August 2020 diff hist +81 Lectures →Landauer formula for ballistic nanowires with applications to chiral and helical edge states in topological phases
- 20:3720:37, 28 August 2020 diff hist −81 Lectures →Landauer formula for ballistic nanowires with applications to chiral and helical edge states in topological phases
- 20:3620:36, 28 August 2020 diff hist −352 Lectures No edit summary
- 20:3220:32, 28 August 2020 diff hist −746 Lectures No edit summary
- 20:2920:29, 28 August 2020 diff hist −1 Lectures →Additional references
- 20:2820:28, 28 August 2020 diff hist −226 Lectures →Additional references
- 20:2620:26, 28 August 2020 diff hist −12 Lectures →From atoms to 1D nanowires
- 20:2520:25, 28 August 2020 diff hist 0 Lectures →Survey of quantum statistical tools
- 20:2420:24, 28 August 2020 diff hist +10 Lectures →Survey of quantum statistical tools
- 20:2320:23, 28 August 2020 diff hist +87 Lectures →Band structure of graphene
- 20:2020:20, 28 August 2020 diff hist −20 Lectures →Survey of quantum statistical tools
- 20:1920:19, 28 August 2020 diff hist −257 Computer Lab →Matrix representation of single-particle Hamiltonians
27 August 2020
- 14:0714:07, 27 August 2020 diff hist +4 Syllabus →Supplementary textbook and videos for undergraduate and engineering students
- 14:0714:07, 27 August 2020 diff hist +171 Syllabus →Advanced textbook for theoretical physics students
- 14:0714:07, 27 August 2020 diff hist −171 Syllabus →Main textbooks
- 14:0614:06, 27 August 2020 diff hist −108 Syllabus →Study Guides
14 August 2020
- 10:3410:34, 14 August 2020 diff hist −934 Computer Lab →Density functional theory with Quantum ESPRESSO
- 10:3210:32, 14 August 2020 diff hist −62 Template:Quick Links No edit summary
- 10:2910:29, 14 August 2020 diff hist −5 Main Page No edit summary
- 10:2910:29, 14 August 2020 diff hist +19 Main Page No edit summary
- 10:2710:27, 14 August 2020 diff hist −118 Research Projects No edit summary
- 10:2710:27, 14 August 2020 diff hist −80 Homework No edit summary
- 10:2510:25, 14 August 2020 diff hist −2 Syllabus →Study Guides
- 10:2510:25, 14 August 2020 diff hist +236 Syllabus →Main textbooks
- 10:2110:21, 14 August 2020 diff hist −1 Syllabus →Reviews
- 10:2110:21, 14 August 2020 diff hist −19 Syllabus →Reviews
- 10:2110:21, 14 August 2020 diff hist +108 Syllabus →Study Guides
- 10:1910:19, 14 August 2020 diff hist −368 Syllabus →Study Guides
- 10:1510:15, 14 August 2020 diff hist +8 Syllabus →Teaching Assistant
- 10:1410:14, 14 August 2020 diff hist −215 Syllabus No edit summary
- 10:1210:12, 14 August 2020 diff hist −294 Template:News No edit summary
6 May 2020
27 April 2020
4 December 2019
- 12:1112:11, 4 December 2019 diff hist +82 Computer Lab →Other tutorials
18 December 2018
- 16:1616:16, 18 December 2018 diff hist +155 Electronic structure of graphene and topological insulator nanowires →Subband structure of GNRs with spin-orbit coupling as topological insulator below 0.5 K
5 December 2018
- 11:2511:25, 5 December 2018 diff hist 0 Template:News No edit summary
- 11:2511:25, 5 December 2018 diff hist −3 Template:Lecture in Progress No edit summary
- 11:2311:23, 5 December 2018 diff hist −1 Lectures No edit summary
28 November 2018
- 03:0903:09, 28 November 2018 diff hist +367 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons No edit summary
27 November 2018
- 11:5511:55, 27 November 2018 diff hist +6 Template:News No edit summary
- 11:5411:54, 27 November 2018 diff hist 0 Template:News No edit summary
- 11:5411:54, 27 November 2018 diff hist +1 Template:News No edit summary
- 11:5411:54, 27 November 2018 diff hist +202 Template:News No edit summary
- 11:5311:53, 27 November 2018 diff hist −37 Template:News No edit summary
- 11:5211:52, 27 November 2018 diff hist +52 Template:Lecture in Progress No edit summary
- 11:4911:49, 27 November 2018 diff hist +2 Lectures No edit summary
- 11:4711:47, 27 November 2018 diff hist +9 Lectures →Landauer formula for two-terminal and multi-terminal phase-coherent nanostructures
- 11:4611:46, 27 November 2018 diff hist −283 Lectures →Quantum transport in the linear-response regime: Kubo formula
- 11:4611:46, 27 November 2018 diff hist −143 Lectures →Landauer-Büttiker formula for multiterminal phase-coherent nanostructures with application to quantum and spin Hall effects
- 11:4611:46, 27 November 2018 diff hist −378 Lectures →Quantum interference effects in electronic transport: Resonant tunneling, Anderson localization and Aharonov-Bohm ring
- 11:4511:45, 27 November 2018 diff hist +226 Lectures →Landauer formula for two-terminal and multi-terminal phase-coherent nanostructures
- 11:4211:42, 27 November 2018 diff hist +20 Lectures →Landauer formula for two-terminal phase-coherent nanostructures
- 11:4011:40, 27 November 2018 diff hist +15 Syllabus →Calendar
- 11:4011:40, 27 November 2018 diff hist +6 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport in ZGNRs with gold adatoms
- 11:4011:40, 27 November 2018 diff hist +49 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons →Diffusive transport in ZGNRs with gold adatoms
- 11:3811:38, 27 November 2018 diff hist +79 Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons No edit summary
- 11:3411:34, 27 November 2018 diff hist +82 Research Projects No edit summary
